Complete Connectivity
VIRTUAL CONSOLE
The required X-ray settings can be conveniently managed on the machine via a 10" multi-console and/or 22" touch-screen. They can also be managed remotely via a virtual control panel for PCs.
REMOTE ASSISTANCE AND I.O.T.
By connecting the device to the Internet, it is possible to carry out remote technical assistance and monitor operation with Di.V.A. and Easy Check from an I.o.T. perspective. The device will send information on its own performance and any critical issues.
3D/2D VIEWER
Examinations can be shared with colleagues and patients by supplying the Viewer programme directly on CD, DVD or a USB storage device.
1:1 PRINT
Complete and flexible report system for storing and sharing colour reports on photographic paper or grey scale reports on X-ray-equivalent transparencies.
OTHER ACQUISITION DEVICES
Compatibility with TWAIN and DICOM 3.0 standards ensures NNT software can manage images from other 2D/3D image acquisition devices, such as video cameras, sensors, PSP and CBCT scanners.
MULTI-STATION DISPLAY AND PROCESSING
Image storage on a shared database on a local network, accessible from any workstation and iPad (2D only). Management of multiple archives and access to password- protected data.
RIS/PACS
IHE compliant system that allows communication with RIS/PACSsystems and DICOM printers. Complete services available: Print, Worklist, Storage Commitment, MPPS and Query/Retrieve.
SURGERY MANAGEMENT SOFTWARE
An open system designed for fast, efficient interfacing with the main surgery management software solutions via various standard (VDDS, TWAIN) and/or proprietary (NNTBridge) modes.
SPECIALIST SOFTWARE
Volumetric and 2-dimensional images, like videos processed with the CineX function - which are compatible with DICOM 3.0 (IHE) standard - can easily be shared via the NNT Viewer or printed in 1:1 scale.
3D PRINTERS AND MILLING MACHINES
Software modules are available to segment the reconstructed volume and export the surfaces needed to create 3D models (which can underpin planning and treatment) to STL format.
3D OPTICAL SCAN
Prosthetically guided planning thanks to integration (via the dedicated software module) of STL format data from optical, intraoral or laboratory scanners with volumetric data.